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The Ni–P alloy coatings with phosphorous content from 8.7 to 13.9wt.% were prepared in this study by pulse current electroforming. The effects of operating conditions of electroformed Ni–P coatings on the phosphorous contents and micro-hardness of the deposits were investigated. The heat treatment effects on the morphology and grain size was evaluated by X-ray diffraction. The effects of heat treatment...
In this study, attempt has been initiated to investigate the wear resistance of Ni–P alloy coatings manufactured by pulse current (PC) electroforming technology. The wear tests of such plated coatings were carried out at ambient temperature and without lubricants. The parameters of the electroforming experiments include peak current density, duty cycle and pulse frequency. The results of this investigation...
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